Solutions

For both solutions we develop the algorithms for doing the analysis (details in our approach). The difference is what is being transferred to your environment: the software or the functionality.

1. Image Analysis as Software

Tailored software solutions for organizations needing to integrate image analysis into their own systems. The training algorithms enable continued development on-site. All software products have test routines, are documented, and have direct support. The advantages of this approach are its direct integration and meeting the system constraints (e.g. available GPUs) which may be desirable for medical devices that should operate fully independently.

2. Image Analysis as Service

On-demand access to our cloud-based image processing platform. The images can be uploaded manually, or a secured connection can be setup between our platform and your system for automated processing. We are responsible for the updates and uptime. The advantages of this approach are that no in-house technical expertise is required to analyze your images and that computational resources can easily be scaled.

Analysis tasks

The most common tasks are registration, segmentation, and detection. Among these, segmentation is arguably the most important, because it involves interpretation and typically follows all other tasks. Segmentation is the contouring of objects or labeling of pixels in the image and is at the heart of almost all clinical workflows and products.

Segmentation enables: quantification, visualization, characterization of anatomy, characterization of pathology, surgical planning and navigation, surgical scene understanding, treatment response monitoring, hemodynamic simulation, morpho-dynamic simulation, etcetera.

Details

These images are segmentation examples in the field of neuroradiology, the field of origin of XDMD. They show the segmentation of blood vessels in the brain in a CT scan of a stroke patient with a ventricular shunt (Scientific Reports). Based on this result, smaller vessels can be more easily inspected for the presence of occlusions, detailed measurements of the vessels in 3D can be carried out, or the blood flow can be simulated.

Details

More neuro segmentation examples of the cranial cavity, the hemispheres, the cerebral vasculature, the white and gray matter, and the cerebrospinal fluid, all from different patients. The vessel segmentation has been overlaid with a color map based on the flow arrival times to enhance the visualization of potential flow abnormalities (American Journal of Neuroradiology). The white and gray matter is an example of soft tissue segmentation in CT which normally is the domain of MR imaging. The method was the world’s first (Scientific Reports).

Details

An example of abdominal fat segmentation in CT, with the top-left image showing the delineation of the abdominal region, and the remaining images showing subcutaneous fat in brown and visceral fat in green (MICCAI). These fat types play different roles in the pathophysiology of various diseases.

Approach